The candle wax melting exposes the wick, where the actual burning takes place. Oxygen in the air combines with the vaporized wax in the wick, generating heat and giving off carbon dioxide (also traces gases and often carbon soot).
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pariffin is the gas called in candle wax
As the candle is burning, some of the wax melts and turns into a gas in the atmosphere.
The solid wax of the candle melts, and eventually vapourises, then burns and becomes a gas.
The wax on the candle can turn in a gas
natural gas by far
This is because the wax oxidizes (burns) in the flame to yield water and carbon dioxide, which dissipate in the air around the candle, in a reaction which also yields light and heat. Candle wax (paraffin) is composed of chains of connected carbon atoms surrounded by hydrogen atoms. These hydrocarbon molecules can burn completely. First the heat of the flame vaporizes the wax molecules and then they react with the oxygen in the air. As long as the wax doesn't melt away from the flame, the flame will consume it completely and leave no ash or wax residue. Source: http://chemistry.about.com/od/howthingsworkfaqs/f/candlewax.htm
As the candle is burning, some of the wax melts and turns into a gas in the atmosphere.
The solid wax of the candle melts, and eventually vapourises, then burns and becomes a gas.
The solid wax of the candle melts, and eventually vapourises, then burns and becomes a gas.
The wax on the candle can turn in a gas
C02
natural gas by far
air
Less air enters the tube and the flame burns less fierce and appears more like the yellowish flame on a candle.
oxygen
Not depending on the color, it's always the wax that lets the candle burn. Near the flame, the wax melts until its gaseous and this paraffin gas is burned.
gas gas
When a candle burns, it undergoes a chemical reaction called combustion, where the wax reacts with oxygen to produce carbon dioxide and water vapor. During this process, the candle's mass decreases as some of the wax is converted into gases. On the other hand, when a candle melts, it transitions from solid to liquid state, but its mass remains unchanged as no chemical reaction occurs.